Faculty

Institution

Unit

Venue

John A. Marohn

Professor

Cornell University

Affiliations

College of Arts and Sciences

Department of Chemistry and Chemical Biology

John A. Marohn is currently serving as a College Of Arts And Sciences Professor at Cornell University.

Honors

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Experiences

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Education

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John A. Marohn

Cornell University

Professor

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applied physics microscopy magnetic resonance physics materials science scanning force microscopy magnetism organic electronics scanning probe microscopy precision engineering organic semiconductors nuclear magnetic resonance chemistry advanced functional materials material chemistry molecular electronics thin films interface science magnetic measurement nanotechnology electronic materials material research condensed matter microscopy methods magnetic resonance spectroscopy solid-state electronics electric force microscopy characterization (materials science) polymer science polymer testing charge transport magnetic sensors magnetic devices luminescence conducting polymers electroanalytical chemistry electronics spin phenomenon magnetic fields tribology charge carrier transport semiconducting polymers advanced energy material organic solar cells halide perovskites perovskite solar cells lead-free perovskites nanomechanics friction electroanalytical sensor spin dynamics dynamic nuclear polarization dielectric fluctuations photolithographic patterning organic material chemistry nanotribology organic electrochemistry charge separation organic electronic materials electric field frequency jitter organic electrochemical transistors altmetric attention score bioelectrochemistry blood glucose monitoring semiconductor nanostructures electrochemical cell luminescence property orthogonal patterning charge injection spatial distribution electric force microscope microwave irradiation biosensor applications universal curve semiconductor clusters advanced materials electron microscopy functional materials

Notable Scholarly Works

Notable Federal Grants

Collaborators

Low-Energy Pathways Lead to Self-Healing Defects in Cspbbr 3. Physical Chemistry Chemical Physics (2025)

Kumar MiskinYi CaoMadaline MarlandFarhan ShaikhDavid T MooreJohn A MarohnPaulette Clancy

physicsthin filmsmaterials sciencefree charge carriersmaterial researchcrystal researchdefect formationcondensed matterlead-free perovskitesself-healing defectsperovskite solar cellscrystal engineeringapplied physicscrystallographylow energy pathwaysadvanced functional materialshalide perovskitescondensed matter physicscrystal growthquantum materials

An Analysis of Double-Quantum Coherence Esr in an N -Spin System: Analytical Expressions and Predictions. The Journal of Chemical Physics (2024)

Aritro Sinha RoyJohn A. MarohnJack H. Freed

physicsbiophysical chemistrybiophysicsmagnetic resonance spectroscopymagnetic resonancequantum chemistryquantum scienceanalytical expressionsspectroscopydouble-quantum coherence esrelectron paramagnetic resonancedouble resonancesolid state

Building a Modular Simulation Platform for Magnetic Resonance Force Microscopy (Mrfm) Experiments (Mrfmsim and Mmodel). (2024)

Peter SunJohn Marohn

magnetic resonance imagingscanning force microscopybiophysicsmagnetic resonance spectroscopymagnetic resonancebiomedical engineeringmodular simulation platformscanning probe microscopybiological imagingmicroscopybiomedical imaging

Design Constraints for Unruh-Dewitt Quantum Computers. SciPost Physics Core (2024)

Eric W. AsplingJohn A. MarohnMichael J. Lawler

physicsquantum hardwarequantum devicesgraphene ribbonsdesign constraintshgte quantum wellsquantum sciencequantum technologiesnature physicapplied physicsquantum computingquantum information science

Electrical Scanning Probe Microscope Measurements Reveal Surprisingly High Dark Conductivity in Y6 and Pm6: Y6 and Non-Langevin Recombination in Pm6: Y6. arXiv (Cornell University) (2024)

Cohn, Rachael L.Petroff, Christopher A.McGhee, Virginia E.Marohn, John A.

thin filmssample resistanceelectrical insulationadvanced functional materialselectrical propertiesmaterial researchadvanced dielectricscanning probe microscopydark conductivitymicroscopic sample conductivityelectrical engineeringmicroscopyapplied physicscharacterization (materials science)

Low-Energy Pathways Lead to Self-Healing Defects in Cspbbr$_3$. arXiv (Cornell University) (2024)

Miskin, KumarCao, YiMarland, MadalineRwaka, JayShaikh, FarhanMoore, DavidMarohn, JohnClancy, Paulette

materials scienceelectronic materialssemiconductor materialscondensed matterlow-energy pathwayslead-free perovskitesself-healing defectsperovskite solar cellsapplied physicsdomino effectsolar cellsadvanced energy materialadvanced functional materialssolar energy conversionphotovoltaicshalide perovskitescondensed matter physicscrystal growthquantum materials

Report on Scipost_202402_00027v1. (2024)

Eric AsplingJohn MarohnMichael Lawler

physicsquantum hardwarequantum deviceselectronic materialsgraphene ribbonshgte quantum wellsexperimental physicsquantum sciencecondensed matterquantum technologiesquantum sensingtransition metalquantum heterostructuresapplied physicsquantum materialsquantum computingquantum information science

A Non-Perturbative, Low-Noise Surface Coating for Sensitive Force-Gradient Detection of Electron Spin Resonance in Thin Films. ACS Nano (2023)

Michael C. BoucherCorinne E. IsaacPeter SunPeter P. BorbatJohn A. Marohn

thin filmsmaterials sciencescanning force microscopymagnetic resonancesurface scienceinterface sciencepolymer-based magnetlaminated samplespintronicselectron spin resonanceelectron paramagnetic resonanceapplied physics

MMODEL: A Workflow Framework to Accelerate the Development of Experimental Simulations. The Journal of Chemical Physics (2023)

Peter SunJohn A. Marohn

scientific computingsoftware analysissoftware simulationworkflow frameworkpresent mmodelcomputer engineeringsoftware designsoftware engineeringsimulation frameworkmodeling and simulationcomputer sciencecode readabilitysoftware testingdesign automation

Report on 2210.12552v2. arXiv (Cornell University) (2023)

Eric AsplingJohn MarohnMichael Lawler

physicsgraphene ribbonsexperimental physicsquantum heterostructurestransition metalquantum computingelectronic materialshgte quantum wellsquantum sciencequantum mechanicscondensed mattersolid-state electronicsapplied physicsquantum devicesquantum information sciencetopological quantum statequantum technologiesquantum hardwarequantum materials

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John A. Marohn

Professor

Cornell University

Affiliations

College of Arts and Sciences

Department of Chemistry and Chemical Biology

John A. Marohn is currently serving as a College Of Arts And Sciences Professor at Cornell University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John A. Marohn

Cornell University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Low-Energy Pathways Lead to Self-Healing Defects in Cspbbr 3. Physical Chemistry Chemical Physics (2025)

Kumar MiskinYi CaoMadaline MarlandFarhan ShaikhDavid T MooreJohn A MarohnPaulette Clancy

An Analysis of Double-Quantum Coherence Esr in an N -Spin System: Analytical Expressions and Predictions. The Journal of Chemical Physics (2024)

Aritro Sinha RoyJohn A. MarohnJack H. Freed

Building a Modular Simulation Platform for Magnetic Resonance Force Microscopy (Mrfm) Experiments (Mrfmsim and Mmodel). (2024)

Peter SunJohn Marohn

Design Constraints for Unruh-Dewitt Quantum Computers. SciPost Physics Core (2024)

Eric W. AsplingJohn A. MarohnMichael J. Lawler

physicsquantum hardwarequantum devicesgraphene ribbonsdesign constraintshgte quantum wellsquantum sciencequantum technologiesnature physicapplied physicsquantum computingquantum information science

Electrical Scanning Probe Microscope Measurements Reveal Surprisingly High Dark Conductivity in Y6 and Pm6: Y6 and Non-Langevin Recombination in Pm6: Y6. arXiv (Cornell University) (2024)

Cohn, Rachael L.Petroff, Christopher A.McGhee, Virginia E.Marohn, John A.

Low-Energy Pathways Lead to Self-Healing Defects in Cspbbr$_3$. arXiv (Cornell University) (2024)

Miskin, KumarCao, YiMarland, MadalineRwaka, JayShaikh, FarhanMoore, DavidMarohn, JohnClancy, Paulette

Report on Scipost_202402_00027v1. (2024)

Eric AsplingJohn MarohnMichael Lawler

A Non-Perturbative, Low-Noise Surface Coating for Sensitive Force-Gradient Detection of Electron Spin Resonance in Thin Films. ACS Nano (2023)

Michael C. BoucherCorinne E. IsaacPeter SunPeter P. BorbatJohn A. Marohn

MMODEL: A Workflow Framework to Accelerate the Development of Experimental Simulations. The Journal of Chemical Physics (2023)

Peter SunJohn A. Marohn

Report on 2210.12552v2. arXiv (Cornell University) (2023)

Eric AsplingJohn MarohnMichael Lawler

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Similar Faculty Members

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organic chemistry

aromatic chemistry

Neal R. Armstrong

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University of Arizona

surface science

interface properties

Joseph W Lyding

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University of Illinois Urbana-Champaign

graphene growth

applied physics

Mool Gupta

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nanoparticle research

Sumit Mazumdar

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condensed matter physics

carbon nanotube

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surface engineering

Hector D. Abruna

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nanomaterials